GAMMA Radiation Protection Products
Additional sizes available upon request on all products below

GAMMA RADIATION PROTECTION PIPETTE DISPOSAL BIN
Pipette Disposal Bin, gamma protection. Gamma (g)  rays are produced when an unstable isotope such as 125I enters into nuclear decay. This form of electromagnetic radiation is attenuated by lead. The gamma rays' intensity decreases exponentially as the thickness of the lead increases. The recommended thickness of lead for use with 125I is 0.5mm, we use 3 mm lead for all of our g protection products. Other isotopes shielded by our products include 32P, 51CR, 35S, 33P, 3H and 14C.  The enclosed pipette disposal bin is perfect for short  term storage of isotopes and contaminated labware. Gamma disposal boxes feature a polyethylene liner and a sleek black acrylic exterior. All units come with non-skid  feet.

GAMMA RADIATION PROTECTION MOBILE DISPOSAL BIN (special quotation required under #7281-0004 or #7281-0005)
Mobile Disposal Bin, gamma protection. Gamma (g) rays are produced when an unstable isotope such as 125I enters into nuclear decay. This form of electromagnetic radiation is attenuated by lead. The gamma rays' intensity decreases exponentially as the thickness of the lead increases. The recommended thickness of lead for use with 125I is 0.5mm, we use 3 mm lead for all of our g protection products. Other isotopes shielded by our products include 32P, 51CR, 35S, 33P, 3H and 14C.  The mobile disposal bin is perfect for short term storage of isotopes and contaminated labware. Gamma disposal boxes  feature a polyethylene liner and a sleek black acrylic exterior. All units come withfour heavy duty casters.

GAMMA RADIATION PROTECTION DESK TOP BIN
Desktop Disposal Bin, gamma protection. Gamma (g)  rays are produced when an unstable isotope such as 125I enters into nuclear decay. This form of electromagnetic radiation is attenuated by lead. The gamma rays' intensity decreases exponentially as the thickness of the lead increases. The recommended thickness of lead for use with 125I is 0.5mm, we use 3 mm lead for all of our g protection products. Other isotopes shielded by our products include 32P, 51CR, 35S, 33P, 3H and 14C.  The desktop disposal bin is perfect for short term storage of isotopes and contaminated labware. Gamma disposal boxes  feature a polyethylene liner and a sleek black acrylic exterior. All units come with non-skid feet.

GAMMA RADIATION PROTECTION PIPETTE TIP DISPOSAL BIN (special quotation required under #7281-0001)
Pipette Tip Disposal Bin (Gamma Protection). Gamma  (g) rays are produced when an unstable isotope such  as 125I enters into nuclear decay. this form of electromagne tic radiation is attenuated by lead. The gamma rays'  intensity decreases exponentially as the thickness  of the lead increases. The recommended thickness  of lead for use with 125I is 0.5mm, Dynalon uses 3  mm lead for all of our g protection products. Other  isotopes shielded by our products include 32P, 51CR,  35S, 33P, 3H and 14C. The enclosed boxes are perfect  for short term storage of isotopes and contaminated  labware. Dynalon gamma disposal boxes feature a polyethylene  liner and a sleek black acrylic exterior. All units  come with non-skid feet.